The key difference between associative and dissociative mechanism is that the associative mechanisms are characterized by the binding of the attacking nucleophile to give a discrete and detectable intermediate followed by the loss of another ligand whereas the dissociative mechanisms are characterized by a rate-determining step that involves the release of a ligand from the […]
Difference Between Roentgen and Sievert
The key difference between Roentgen and Sievert is that Roentgen is the unit of measurement of the exposure to ionizing radiation, whereas Sievert is the unit of the health effect of ionizing radiation. Roentgen and Sievert are units of measurement of properties regarding ionizing radiation. The symbol for Roentgen unit is R, and it belongs […]
Difference Between Group 1 Metals and Transition Metals
The key difference between group 1 metals and transition metals is that group 1 metals form colourless compounds, whereas transition metals form colourful compounds. Group 1 metals are also known as alkali metals because these elements can form alkaline compounds. However, group 1 of the periodic table contains hydrogen, which is a nonmetal. Transition metals, […]
Difference Between Alpha and Beta Elimination Reaction
The key difference between alpha and beta elimination reaction is that in alpha elimination reaction, two leaving groups leave from the same atom whereas, in beta elimination reaction, the two leaving groups leave from two adjacent atoms of the same molecule. Elimination reaction is a type of organic reaction in which two substituents are removed […]
Difference Between Homoleptic and Heteroleptic Complexes
The key difference between homoleptic and heteroleptic complexes is that homoleptic complexes have identical ligands attached to a metal centre whereas heteroleptic complexes have at least one different ligand attached to the metal centre of the complex. The terms homoleptic and heteroleptic complexes come under inorganic chemistry, where we discuss transition metal complexes. These two […]
Difference Between De Broglie Wavelength and Wavelength
The key difference between De Broglie wavelength and wavelength is that De Broglie wavelength describes the wave properties of a large particle, whereas wavelength describes the wave properties of waves. Generally, the term wavelength refers to the spatial period of periodic waves; in other words, it is the distance over which the wave’s shape repeats. […]
Difference Between Ebullioscopic Constant and Cryoscopic Constant
The key difference between ebullioscopic constant and cryoscopic constant is that ebullioscopic constant is related to the boiling point elevation of a substance whereas cryoscopic constant is related to the freezing point depression of a substance. Ebullioscopic constant and cryoscopic constant are terms used mainly in thermodynamics to describe the properties of a substance in […]
Difference Between Amorphous Urate and Phosphate
The key difference between amorphous urate and phosphate is that amorphous urate appears as dark or yellow-red granules whereas amorphous phosphate appears as colourless or white colour. Amorphous urate and amorphous phosphate are important terms that are discussed regarding the composition of urine. Amorphous urate and phosphate are present in urine in different compositions depending […]
Difference Between Polarizable and Non Polarizable Electrode
The key difference between polarizable and non polarizable electrode is that polarizable electrodes have a charge separation at the electrode-electrolyte boundary whereas non-polarizable electrodes have no charge separation at this electrode-electrolyte boundary. Polarization of electrodes in electrochemistry refers to the reduction of the performance of a battery. It is a collective term that is used […]
Difference Between Localized and Delocalized Electrons
The key difference between localized and delocalized electrons is that localized electrons are located between atoms, whereas delocalized electrons are located above and below atoms. In general chemistry, localized electrons and delocalized electrons are terms that describe chemical structures of chemical compounds. Localized electrons are the bonding electrons in molecules while delocalized electrons are nonbonding […]
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